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Products meeting specified performance and cost requirements are enabled by the diversification of AM materials, equipment, and personalized processes. To achieve optimal outcomes, designers must select appropriate materials, equipment, and manufacturing parameters based on the target AM process [1, 2]. Currently available AM equipment on the market caters to diverse application needs. Most commercial AM systems support multiple materials, with each platform boasting distinct advantages—for example, some prioritize rapid modeling, others deliver higher part precision or enhanced functionality, albeit at a premium cost.

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Design, Modeling, and Optimization of Additive Manufacturing Processes

  • 章节

  • 发表日期：

    2026年

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  • Kunpeng Zhu,
  • Ying-Hsi Jerry Fuh

摘要

Products meeting specified performance and cost requirements are enabled by the diversification of AM materials, equipment, and personalized processes. To achieve optimal outcomes, designers must select appropriate materials, equipment, and manufacturing parameters based on the target AM process [1, 2]. Currently available AM equipment on the market caters to diverse application needs. Most commercial AM systems support multiple materials, with each platform boasting distinct advantages—for example, some prioritize rapid modeling, others deliver higher part precision or enhanced functionality, albeit at a premium cost.